Last week we sponsored IQPC’s Automotive Cyber Security Silicon Valley event in Milpitas, CA and were excited to present a first look at ZeroDayGuard and get feedback from attendees on our approach and value proposition. The response was overwhelmingly positive and we were happy to have been at the event as a tune-up for what we expect to be a more active event schedule in 2019 for Dellfer.

The conference brought together over 100 professionals interested in and focused on cyber security for connected cars and automotive. Sessions at the event included continued foundational education on cyber security, blockchain, secure coding, security interdependencies across supply chain and safety, and incident simulation. Less visible than other IQPC events was the focus on machine learning and anomaly detection at this event.

Here are some of our takeaways from the event:

We didn’t see much of a Detroit presence in the crowd at this event and had mixed impressions on how heavy the Silicon Valley component was present. What was a bit unexpected was how predominant the Asian automotive company presence was at the event.

In the sessions, we still picked up a fair amount of looking to traditional enterprise network type security solutions such as IPS for how to deal with some of the cybersecurity risk in automotive. As we’ve stated, we are big believers in IoT and connected car security needing a complete re-thinkgiven the special considerations in this world.

Through questions and comments in the sessions, we had time to attend, we continued to sense aspirational wishes that the OEM’s come together and push a unified set of security standards that would make things easier for the Tier I’s and everyone involved. In general, we continue to take away a feeling of non-uniformity and being all over the map in terms of how to approach cybersecurity in connected cars.

We believe over 40% of the attendees were able to take a look at ZeroDayGuard and we got a lot of positive response on our ability to offer deep forensic data and evidence for where attacks take place in embedded code. Attendees were particularly impressed with our stack trace functionality which allows us to pinpoint down to the function call where vulnerabilities in code are exploited. We showed various types of control flow bending attacks, unauthorized system-call access and firmware image tamper detection on Automotive Grade Linux code that was “Dellferized” and demo’d our product’s immediate ability to alert in the cloud on those attacks.

All-in-all, we deem the event to be a success and had many fruitful conversations coming out of it. See below some of our pictures of the booth and activity to get a sense for the event.

Dellfer secures connected cars and other IOT devices through intrinsic inside-out protection, enabling the most sophisticated and zero-day cybersecurity attacks to be seen instantly and remediated with precision. We fundamentally alter the security approach for IOT security and help protect connected cars, critical systems and lives.

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Dellfer is the world’s first runtime integrity protection provider that enables code instrumentation with a simple compile time operation. Dellfer enables IoT connected vehicles and products to be continuously protected against zero-day cyberattacks or any attack taking advantage of known or unknown vulnerabilities. Branded product manufacturers can use Dellfer to protect their brand reputation, limit their financial liability and remove the risk of a disastrous connected vehicle hack or IoT cybersecurity attack on their products.